The inCiTe™ 3D X-ray Microscope provides phase contrast imaging and micro-CT capabilities from KA Imaging, and is the first commercial X-ray CT system that utilizes BrillianSe™, a patented high spatial resolution amorphous selenium (a-Se) detector technology exclusively developed by KA Imaging.
High spatial resolution and detection efficiency of BrillianSe™ X-ray detector enables rapid phase contrast imaging and conventional micro-CT in a convenient benchtop system.
Fields that can benefit from this technology include non-destructive testing (NDT), additive manufacturing, electronics, agriculture, geology, preclinical imaging, and specimen radiography.
A unique combination of high spatial resolution and detection efficiency
Phase contrast technology for superior contrast
Excellent visualization of biomaterials, polymer composites and other low-density materials
Learn how our technology works.
We’re looking for clinical and enterprise partners as we expand. Contact Us to receive more details.
Use the slider to see how phase contrast improves the image quality:
16MP CMOS Detector, 8μm pitch, 14 bit resolution
11 μm ( 0.5 MTF at 45 cycles/mm) 5.6 μm ( 0.1 MTF at 90 cycles/mm)
40-110 KV, 16 W, 2 μm spot size
Propagation – based
Why are bubbles a problem? When manufacturing parts, there is always a chance of pores or holes forming within them during the process. Voids can affect the quality of goods being manufactured, and this is a big concern. In die casting, for example, air can......
Introducing InCiTe™ micro-CT and BrillianSe™ X-ray Camera to Asian markets Waterloo, Ont. (June 28, 2021) – KA Imaging has announced an international distribution agreement with Beijing-based Top-Unistar Science and Technology Co., LTD, China for patented technologies aimed at the scientific field: the BrillianSe™ X-ray camera, and the inCiTe™ phase-contrast benchtop micro-CT system. BrillianSe™ is an X-ray camera that uses a patented amorphous selenium......
Amorphous Selenium/CMOS Technology Can Address the Shortfalls of Other Detectors Waterloo, Ont. (June 24, 2021) Dr. Christopher C. Scott published a new paper to the Journal of Synchrotron Radiation titled “High-energy Micrometre-scale Pixel Direct Conversion X-ray Detector,” which is available to subscribers now. The abstract explains......
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